• About us
  • Recents
  • Dissemination
  • Team

Green fablab

twitter Github

Towards Urban Manufacturing for Circular Economy

The concept of Green FabLab is the intersection of several societal trends. From one side, there have been a growing interesting in the additive manufacturing technology (a.k.a 3D printing) technology. The creation of the fantastic RepRap Projet, an open source project, opened up many possibilities in terms of local manufacturing. Also, the impact of the human activity to the environment and natural resources scarcity is taking more and more place in the general conscious. Therefore, a central issue today is how preserve material resources to in terms of circular in order to preserve the as much as possible

And finally, urban manufacturing approaches are actively utilizing the unique characteristics of its surroundings. They are creating products with a focus on the local market and allows customer involvement during value creation.

The Urban Factory has a minimal negative impact on its environment while positively influencing the local economy.

Third places as Urban Manufacturing

The concept of urban production requires a holistic approach and the incorporation of several involved disciplines. The city-factory-product nexus introduced in the beginning contains the three subsystems city, factory and product and their most basic interactions. The city-factory-product nexus is embedded in a larger city-production system. Within this system, definitions can be found of resources that are utilized by all subsystems in different ways and thus shared in the urban space

Green FabLab

Our research

Towards a standard experimental protocol for open source additive manufacturing.
Polymer Recycling and AM Optimization of processes and methods
2015-09-01
Methodological proposition to evaluate polymer recycling in open-source additive manufacturing contexts
Polymer recycling in an OS AM Mechanical issues
Modelling, Printing and Validation of Dental Dry Models for Implantology Skills Training
3D-Printing Based Distributed Plastic Recycling A Conceptual Model for Closed-Loop Supply Chain Design
Mechanical Properties of Direct Waste Printing of Polylactic Acid with Universal Pellets Extruder Comparison to Fused Filament Fabrication on Open-Source Desktop Three-Dimensional Printers
Plastic recycling in additive manufacturing A systematic literature review and opportunities for the circular economy
Closed loop supply chain network for local and distributed recycling A MILP-based optimization approach
Feasibility study on the use of recycled materials for prototyping purposes A comparative study based on the tensile strength
Social, political, and technological dimensions of the sustainability A literature review of the evaluation of a recycling network
Life cycle assessment of filament production in distributed plastic recycling via additive manufacturing
Open source IoT-based collection bin applied to local plastic recycling
Exploring team roles for social innovation labs Toward a competence-based role self-assessment approach
Multi-material distributed recycling via material extrusion recycled high density polyethylene and poly (ethylene terephthalate) mixture
No matching items

Distributed recycling by Prof. Joshua Pearce

Copyright 2024, ERPI et ENSGSI
Powered by Quarto v1.4.554

  • Documents

  • Find Us
    49 Boulevard d’Austrasie,
    54000 Nancy, France